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Home Authors Posts by D. Scott MacKenzie, Ph.D., FASM

D. Scott MacKenzie, Ph.D., FASM

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is senior research scientist-metallurgy at Quaker Houghton. He is the past president of IFHTSE, and a member of the executive council of IFHTSE. For more information, go to www.quakerhoughton.com.

Contamination effects on cooling curve behavior of polymer quenchants

Distortion and residual stress development during quenching

Effects of prior microstructure on distortion

Filtration for oil and polymer quenchants

The meta-stable microstructure of martensite

Polymer quenchants – Sodium Polyacrylate (ACR)

Polymer quenchants – polyvinyl pyrrolidone (PVP)

Polymer quenchants – polyethyl oxazoline (PEOX)

Polymer quenchants – polyalkylene glycol quenchants

Polymer quenchants for steel heat treatment

Microbiological contamination and biostability in polymer quenchants

Determining the minimum cooling rate required for quenchants

Calculating quench tank size for continuous furnaces

Sizing tanks for batch immersion quenching

Determining equivalent concentration for polymer quenchants

Heat-resistant alloys used in heat treating

Base oil groups for coolants, quenchants explained

Determining concentration by weight and volume

Foaming in polymer quenchants and metal working fluids

Nitrogen-methanol atmospheres – storage and control

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